JFETS Differential Amplifier For the circuit in Figure 14, determine the common-mode input gain and the differential-mode input gain applying the techniques described in the Background Information. IDss=20mA, VP=-8V, RG1=RG2=100k, RD1 RD2 3.3k2, Rs1=Rs2=1002, R=10k2, RL=100k2. Assume Forward Active Region. Hint: For AC small signal analysis, treat all caps as shorts. RD1 Rp2 Probe O-Scope J2 RL Vout Probe GND RG2 RG1 R$2 A01 R$1 AGND +15 -15 TO A00 AGND R₁ www AGND H Figure 15: Differential Amplifier Using Discrete Components

JFETS Differential Amplifier For the circuit in Figure 14, determine the common-mode input gain and the differential-mode input gain applying the techniques described in the Background Information. IDss=20mA, VP=-8V, RG1=RG2=100k, RD1 RD2 3.3k2, Rs1=Rs2=1002, R=10k2, RL=100k2. Assume Forward Active Region. Hint: For AC small signal analysis, treat all caps as shorts. RD1 Rp2 Probe O-Scope J2 RL Vout Probe GND RG2 RG1 R$2 A01 R$1 AGND +15 -15 TO A00 AGND R₁ www AGND H Figure 15: Differential Amplifier Using Discrete Components

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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